Journal
EUROPEAN RADIOLOGY EXPERIMENTAL
Volume 5, Issue 1, Pages -Publisher
SPRINGERNATURE
DOI: 10.1186/s41747-021-00216-2
Keywords
Epilepsy; Magnetic fields; Magnetic resonance imaging; Multiple sclerosis; Neuroimaging
Funding
- National Institute of Biomedical Imaging and Bioengineering
- National Institute of Neurological Diseases and Stroke of the National Institutes of Health [U01EB026996, P41EB03006, R21AG067562, R01NS118187, K23NS096056]
- National Cancer Institute of the National Institutes of Health [P30CA008748]
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Research on ultrahigh magnetic field strength combined with ultrahigh and ultrafast gradient technology has significantly improved sensitivity, resolution, and contrast for neuroimaging. Clinical applications of 7-T MRI and advanced gradient systems with up to 300 mT/m gradient strength have been reviewed, showcasing their impact on anatomical, structural, and functional MRI in various neurological conditions. The outlook and future directions for ultrahigh field MRI combined with ultrahigh and ultrafast gradient technology in neuroimaging have also been explored in the article.
Research in ultrahigh magnetic field strength combined with ultrahigh and ultrafast gradient technology has provided enormous gains in sensitivity, resolution, and contrast for neuroimaging. This article provides an overview of the technical advantages and challenges of performing clinical neuroimaging studies at ultrahigh magnetic field strength combined with ultrahigh and ultrafast gradient technology. Emerging clinical applications of 7-T MRI and state-of-the-art gradient systems equipped with up to 300 mT/m gradient strength are reviewed, and the impact and benefits of such advances to anatomical, structural and functional MRI are discussed in a variety of neurological conditions. Finally, an outlook and future directions for ultrahigh field MRI combined with ultrahigh and ultrafast gradient technology in neuroimaging are examined.
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